Resource Scheduling Methods for Query Optimization in Data Grid Systems
Identifieur interne : 006339 ( Main/Exploration ); précédent : 006338; suivant : 006340Resource Scheduling Methods for Query Optimization in Data Grid Systems
Auteurs : Igor Epimakhov [France] ; Abdelkader Hameurlain [France] ; Tharam Dillon [Australie] ; Franck Morvan [France]Source :
- Lecture Notes in Computer Science [ 0302-9743 ] ; 2011.
Descripteurs français
- Wicri :
- topic : Base de données, Modèle économique.
English descriptors
- KwdEn :
- Adaptive query processing, Algorithm, Allocation, Attributes relation size, Brief overview, Carvalho costa, Centralized approach, Centralized scheduler, Classic approach, Classic method, Common theme, Communication cost, Complex queries, Computational grids, Computational resources, Concurrency computat, Data grid, Data grid environment, Data grid nodes, Data grid simulator, Data grid system, Data grid systems, Database, Decentralized, Dependent operations support, Different methods, Dynamic reallocation, Economic model, Entire system, Epimakhov, Excellent scalability, Execution plan, Execution time, Full autonomy, Future generation computer systems, Good scalability, Grid, Grid environment, Grid system, Grid systems, Hierarchical model, Important factor, Important feature, Irop, Large number, Load balancing, Local nodes, Main approaches, Major parameters, Multiple queries, Multiquery scheduling, Node, Optimal number, Optimal resource allocation, Optimization, Parallel query processing, Parallelism, Performance evaluation, Physical operations, Pipeline parallelism, Query, Query execution, Query execution plan, Query optimization, Query plan, Query processing, Reallocation, Resource, Resource allocation, Resource allocation algorithm, Resource allocation algorithms, Resource allocation mechanism, Resource allocation methods, Resource allocation problem, Resource allocation time, Resource scheduling methods, Response time, Same time, Scalability, Scheduler, Scheduling, Talloc.
- Teeft :
- Adaptive query processing, Algorithm, Allocation, Attributes relation size, Brief overview, Carvalho costa, Centralized approach, Centralized scheduler, Classic approach, Classic method, Common theme, Communication cost, Complex queries, Computational grids, Computational resources, Concurrency computat, Data grid, Data grid environment, Data grid nodes, Data grid simulator, Data grid system, Data grid systems, Database, Decentralized, Dependent operations support, Different methods, Dynamic reallocation, Economic model, Entire system, Epimakhov, Excellent scalability, Execution plan, Execution time, Full autonomy, Future generation computer systems, Good scalability, Grid, Grid environment, Grid system, Grid systems, Hierarchical model, Important factor, Important feature, Irop, Large number, Load balancing, Local nodes, Main approaches, Major parameters, Multiple queries, Multiquery scheduling, Node, Optimal number, Optimal resource allocation, Optimization, Parallel query processing, Parallelism, Performance evaluation, Physical operations, Pipeline parallelism, Query, Query execution, Query execution plan, Query optimization, Query plan, Query processing, Reallocation, Resource, Resource allocation, Resource allocation algorithm, Resource allocation algorithms, Resource allocation mechanism, Resource allocation methods, Resource allocation problem, Resource allocation time, Resource scheduling methods, Response time, Same time, Scalability, Scheduler, Scheduling, Talloc.
Abstract
Abstract: Resource allocation (RA) is one of the most important stages of distributed query processing in Data Grid systems. Recently, a number of papers that propose different methods for RA were published. To deal with specific characteristics of the data grid systems, such as dynamicity, heterogeneity and large-scale, many studies extend classic methods from distributed and parallel databases domains. Others invite fundamentally different methods based on incentives for autonomous nodes. The present study provides a brief description, qualitative comparison and performance evaluation of the most interesting approaches (extended classic and incentive-based) for RA. Both approaches are promising and appropriate for successful data grid systems.
Url:
DOI: 10.1007/978-3-642-23737-9_14
Affiliations:
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Le document en format XML
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<term>Multiquery scheduling</term>
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<term>Performance evaluation</term>
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<term>Resource scheduling methods</term>
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<term>Carvalho costa</term>
<term>Centralized approach</term>
<term>Centralized scheduler</term>
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<term>Classic method</term>
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<term>Communication cost</term>
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<term>Multiquery scheduling</term>
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<term>Resource allocation mechanism</term>
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<term>Resource allocation time</term>
<term>Resource scheduling methods</term>
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<front><div type="abstract" xml:lang="en">Abstract: Resource allocation (RA) is one of the most important stages of distributed query processing in Data Grid systems. Recently, a number of papers that propose different methods for RA were published. To deal with specific characteristics of the data grid systems, such as dynamicity, heterogeneity and large-scale, many studies extend classic methods from distributed and parallel databases domains. Others invite fundamentally different methods based on incentives for autonomous nodes. The present study provides a brief description, qualitative comparison and performance evaluation of the most interesting approaches (extended classic and incentive-based) for RA. Both approaches are promising and appropriate for successful data grid systems.</div>
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